Reliability Behaviour of a Two-State Stand by Redundant Power Plant under Arbitrary Failure Time Distribution
Journal Title: Bulletin of Pure and Applied Sciences Sec. E - Mathematics and Statistics - Year 2018, Vol 37, Issue 1
Abstract
This paper presents the investigations for the evaluation of reliability of the power supply having been carried out with the help of Boolean function orthogonalization algorithm. The motive of the complex system is to supply from MPH to several critical consumers.
Authors and Affiliations
Viresh Sharma
TIME SERIES ANALYSIS OF PM10 FOR NOIDA SECTOR 1 INDUSTRIAL AREA IN NCR USING MULTIPLE LINEAR REGRESSION
Time series analysis can be used to quantitatively explain and predict air pollutants. This technique offers the possibility of formulating policy to tackle problem of air pollution. This paper intends to develop time se...
Two Finite Simple Directed Graphs
The main result of the paper is that in practically interesting situations determining the optimal number of colors in the proposed coloring is an NP-hard problem. A possible conclusion to draw from this result is that f...
Evaluation of M.T.T.F. and Variance Of A k-Out of N:G Redundant Complex System Under Waiting For Repair
This paper presents the investigations for the evaluation of reliability behavior of a k-out of N:G redundant complex system with r repair facilities incorporating the concept of waiting.
Restricted Constraints in a Max-Flow and Min-Cost problem
The present paper defines a combination of two most important and old flow problems such as maximum flow and minimum cost flow. In the first one a flow with the maximum value from source node to sink node is sought. The...
USE OF MIXED CUBATURE RULE FOR EVALUATION OF INTEGRALS OVER TRIANGULAR REGION IN ADAPTIVE ENVIRONMENT
A new mixed cubature rule is established for 2-simplexes (i.e., triangles). Extending anti-Gauss 3-point rule and Fejer’s second 3-point rule in two dimensions and then combining those the mixed cubature rule is formed w...